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Question: we have to use matlab for this problem and my...

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The total score is 68 pt, .e., each answer is 1 pt. The physical values are found in the physical parameter file on Canvas. Note that all numerical solutions should should be given with precision of 5 digits, e.g., 1.2345. Use the physical properties of the planets given in Files/Docs/Physical Parameters ver1.pdf in Canvas. 1. Compute the surface gravity acceleration m s2 of the following planets WITHOUT rotation. Assume that any planets have spherical bodies. Also use GM in Physi- cal Parameters.verl.pdf. The inward direction is positive. (a) Mercury, Ax 10Ims]. (b) Vernus, BX 100 [ms-치 (c) Earth. CX 10° [ms-q d) Mars,Dx 10ms-2 e) Vesta,E 10ms2 (f) Ceres, Fx101[ms-2] (g) Jupiter, Gx 10m s2 (h) Saturn, H × 101 Inns-2]. (i) Uranus, Ix 10[m s2 (j) Neptune,ーJX 101 [ms-2] (k) Pluto,K 10ms2 2. Compute the surface acceleration ms2] driven by rotation and gravity at the equator of the following planets WITH rotation. Assume that any planets have spherical bodies. Also use GM in Physical Parameters.verl.pdf. The inward direction is positive (a) Mercury, L × 100 lm s-2] (b) Vernus,-.Mx100 [ins-2]. (c Earth,Nx 10 s2. (d) Mars. Ox 100 [ms-2] e) Vesta,Px 10s2 (f) Ceres, Q x 10-1 [m s- (g) Jupiter,-R x 101 [ms-2) (h) Saturn, 100 Inns-2] (i) Uranus,Tx10 Ims] G) Neptune, Ux 10ms2 (k) Pluto,_Vx 10-1ms2

We have to use Matlab for this problem and my professor said to use GMm/R^2 but my code isn’t turning out right.
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